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67 results for Quantum Research
Error correcting codes for near-term quantum computers
ResearchMatthias Steffen, Ryan Mandelbaum, and Andrew CrossNew research shows a potential quantum speedup for the Metropolis-Hastings algorithm
ResearchSarah Sheldon and David LaydenA new paper from IBM and UC Berkeley shows a path toward useful quantum computing
ResearchRyan MandelbaumCharting the course to 100,000 qubits
NewsMatthias Steffen and Jay GambettaHow to solve difficult chemical engineering problems with quantum computing
NewsAlex LukinIBM-IQC study explores complexity of quantum systems at thermal equilibrium
ResearchSergey Bravyi and Pawel WocjanBuilding the future of quantum error correction
Technical noteSarah Sheldon, Andrew Cross, Drew Vandeth, and Antonio CórcolesMeet the quantum open science prize winners
NewsOlivia Lanes and AJ RasmussonWith fault tolerance the ultimate goal, error mitigation is the path that gets quantum computing to usefulness
Deep DiveJay Gambetta, Kristan Temme, Abhinav Kandala, and Ewout van den BergA Q&A with recently elected Royal Society foreign member, Charles H. Bennett
NewsAt what cost can we simulate large quantum circuits on small quantum computers?
Technical noteDavid Sutter and Christophe Piveteau5 minute readHow IBM Quantum is advancing physics with world-leading theory research
ExplainerSergey Bravyi and Sarah Sheldon9 minute readIt’s been 20 years since “15” was factored on quantum hardware
ExplainerRobert Davis17 minute readGenerating whole-processor entanglement on 27- and 65-qubit quantum systems
ResearchGregory White, Gary Mooney, Charles Hill, and Lloyd Hollenberg20 minute readQuantum kernels can solve machine learning problems that are hard for all classical methods
ResearchSrinivasan Arunachalam, Yunchao Liu, and Kristan Temme5 minute readNew tensor algebra changes the rules of data analysis
ResearchLior Horesh7 minute read
